PubMed · 8938974
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J M Bower. 1996-11-09. Problems with microchipped strays.. https://pubmed.ncbi.nlm.nih.gov/8938974/
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OBJECTIVE: To identify risk factors of pets affected by the 1991 Oakland, Calif fire for being lost, found, adopted, or reunited with owners. DESIGN: Retrospective cohort study. ANIMALS: 1,075 cats and 197 dogs affected by the fire and 221 cats and 128 dogs not affected by the fire. PROCEDURES: Records compiled from 1991 to 1995 by the Oakland Firestorm Pet Hotline were analyzed. RESULTS: Peak activity for the hotline was on days 3 and 4 after the fire, but decreased to a low, steady rate by day 21. Many pets were found that had been abandoned or were part of a large free-roaming population that existed at the time of the fire. Many were missing after the fire and presumed killed. The longer owners delayed looking for their pet, the lower the chance of being reunited. Pets wearing collars with the owners' names and addresses had a more than 10-fold chance of being reunited, compared with pets without collars. Increasing odds for adoption of lost pets was associated with their proximity to the fire. CLINICAL IMPLICATIONS: Hotlines set up after sudden impact disasters, such as the Oakland Firestorm Pet Hotline, will probably register primarily abandoned animals. Reunion of pets with their owners appears to be most likely for those that receive an overall better level of care than pets found at other times. Adoption of pets after this disaster was primarily by the person who found that animal and principally resulted when the pet was found close to the disaster area.
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A new battery-operated system based on microchips has been developed for detecting free-moving, wild small mammals. An electronic identification unit connected to a portable data-logger can simultaneously accommodate up to eight detector antennae, which are positioned in the habitat of the species under study. The system can operate even in extreme weather conditions and has the capacity to distinguish and record individual mammals entering burrows or visiting artificial feeding stations. Detection events are stored in a data-logger and subsequently can be edited and analysed by many common software packages. A pilot study tested the system by monitoring the visits of three species of small mammals to artificial feeding stations. Further possible applications are discussed.